BLEASS发布全新延迟效果器：Tides，该插件通过层次分明的个性化反射声波，颠覆传统延迟处理器呆板的回声效果。
Tides采用流体延迟处理技术，用户可调整延迟时间且避免常规延迟器常见的失真现象。支持选择模拟磁带式受控时基偏移，或在异时延迟间实现无缝过渡。
Tides搭载BLEASS最新插件技术，配备增强版调制系统。通过立体声LFO、包络跟随器和宏控制器，用户可充分运用延迟时间的流动性，探索创新延迟音效。突破单纯时间控制的局限，该插件提供多种方式塑造与丰富回声特性。
输入滤波器整合高低通谐振频段，可精细调节输入信号。反馈路径配备5个插入点，可搭载11种效果处理器，包括失真/滤波/变调/环形调制乃至次级延迟，所有效果均可通过立体声调制器实现动态激活。
文件大小: 13.9 MB
BLEASS Tides washes away the dry, uninspiring echoes of conventional delay processors with wave after wave of richly characterful reflections.
The plugin’s fluid approach to delay processing means delay times can be altered without the unpleasant warping results produced by other delay processors, with the option of a controlled tape-like timing shift, or a simple crossfade between differently timed delays.
Better still, with an enhanced modulation system provided by BLEASS’ latest plugin technology, you can take full advantage of this delay time fluidity with stereo LFOs, envelope followers and macro controllers that allow you to explore new horizons of exciting delay effects……………
BLEASS推出一款延迟效果器：Tides，该插件用层层充满个性的反射声波，冲刷掉传统延迟处理器枯燥乏味的回声效果。
Tides采用流畅的延迟处理方式，用户可调整延迟时间，不会产生其他延迟处理器常见的失真扭曲现象。用户可选择模拟磁带式的受控时基偏移，或在不同延迟时间之间平滑过渡。
Tides采用BLEASS最新插件技术，提供增强的调制系统，用户可通过立体声 LFO、包络跟随器和宏，充分利用延迟时间的灵活性，探索全新延迟效果。创造独特延迟线不仅仅依赖于时间控制，Tides提供了多种方式来塑造和丰富其回声特性。
Tides的输入滤波器结合了低通和高通谐振频段，可轻松调整输入信号。反馈路径设有5个插入点，可加载11种不同的效果处理器，包括失真、滤波器、音高/频移、环形调制，甚至延迟处理器，所有这些均可通过插件的立体声调制器动态激活。
File size: 13.9 MB
BLEASS Tides washes away the dry, uninspiring echoes of conventional delay processors with wave after wave of richly characterful reflections.
The plugin’s fluid approach to delay processing means delay times can be altered without the unpleasant warping results produced by other delay processors, with the option of a controlled tape-like timing shift, or a simple crossfade between differently timed delays.
Better still, with an enhanced modulation system provided by BLEASS’ latest plugin technology, you can take full advantage of this delay time fluidity with stereo LFOs, envelope followers and macro controllers that allow you to explore new horizons of exciting delay effects……………
